Summary. Key Features. Quality FLAMESHIELD SATIN 400. Composition Cotton 100% Ends And Picks Per 2.5cm 120 X 55 Nominal

Quality FLAMESHIELD SATIN 400 Fabric Weight 400gsm Composition Cotton 100% Useable Width 150cm Nominal Length 100cm Weave 4/1 satin Ends And Picks Per 2.5cm 120 X 55 Nominal Thread Count 16's X 8's Ne (27's X 13.5's Nm) Application Workwear jackets, trousers and coveralls Washing Instructions Do not bleach, do not boil, do not use soap based products only detergents Physical Properties Other Properties Warp Weft Flame retardant Tensile Strength: (BS EN ISO 13934-1:1999) 1500 N 1050 N EN ISO 11612 A12, B1, C1, E2, F1 Tear Strength: Mean of Maxima (BS EN ISO 13937-3:2000) Tear Strength: Mean of Mean (BS EN ISO 13937-3:2000) 40 N 53 N 37 N 43 N EN ISO 14116 index 3/50i/75 Electric arc EN ISO 11611 2007 Washing Shrinkage: (ISO 5077 after 5 washes ISO 15797) 3% 3% Heat Shrinkage (max): (DEF STAN 83-65/4 160 C) 2% 2% EN 61482-1-2 (4kA) EN 61482-1-1 (ATVP value 16.2 cal/cm²) Abrasion Resistance: (12kPa) (BS EN ISO 12947-2:1999) Pilling Resistance: (BS EN ISO 12945-2:2001) Colour Fastness 30,000 rubs N/A Pale Mid Dark The data quoted is based upon specific materials and tested by sources believed to be reliable and Carrington make no guarantee, express or implied as to use, handling or possession of its products. N.B. Although there may be small differences between the British Standard and the ISO test method quoted, they are the same in all major respects. Wash Fastness BS EN ISO 105-C06: Method E2S (95 C) Colour Change 4-5 4 4 Stain on Polyester 4 3-4 3 Stain on Cotton 4 3-4 2-3 Authorised by: SVM Issue Date: 04/10/2012 Issue No: 2 Status: Current Dry Clean Fastness BS EN ISO D01 Colour Change 4-5 4 4 Perspiration Fastness BS EN 105-E04: Acid/Alkali Colour Change 4-5 4-5 4-5 Staining 4 3-4 3 Rub Fastness BS EN ISO 105-X12:1995 Wet 3-4 3 2 Dry 4-5 4 3-4 Light Fastness BS EN 20105/ISO 105-B02 Light Fastness 4 4 4 These values are for guidance only, some colours will be better others worse. Please contact your Carrington representative for specific shade details. Please consult Carrington for specific values. Head Office (UK) France Carrington Workwear Ltd Carrington France Sarl 83 Rue de la Gare 59170 Croix France Tel: +44 (0)1257 476850 Tel: +33 (0)3 2098 6646 Fax: +44 (0)1257 476852 Fax: +33 (0)3 2098 6609 Email: info@carrington.uk.com Email: france@carrington.eu.com www.carrington.uk.com www.carrington.eu.com Germany Carrington Deutschland GmbH Hembergstr 24 27726 Worpswede Germany Tel: +49 (0)47 92 950191 Fax: +49 (0)47 92 950192 Email: germany@carrington.eu.com www.carrington.eu.com www.carrington.uk.com

PO Box 5, Morley, LS27 0QP Page 1 of 3 50474-01 (Amended) CONFIDENTIAL TEST REPORT Job Title: EN ISO 11611:2007 Date Received: 19 th April 2012 Date Tests Completed: 13 th June 2012 Client s Description: Sample of fabric Flameshield Satin 400 (Flameshield) Performance Standard: Testing to EN ISO 11611:2007 Clause 6.1 Tensile strength Clause 6.2 Tear strength Clause 6.5 Dimensional change Clause 6.7 Flame spread procedure A (surface ignition) and B (edge ignition) Clause 6.8 Impact of spatter Clause 6.9 Heat transfer (radiation) Clause 6.10 Electrical resistance Pre-treatment: For clauses 6.1, 6.2, 6.8 and 6.9 tests were made after 5 and 50 washing cycles at 75ºC using Procedure 8 specified in ISO 15797:2002 Drying Procedure A. The tumble drying was carried out after the completion of each wash (subcontracted to Rhodia). For clause 6.5 tests were made after 5 washing cycles as described above. For clauses 6.7 and 6.10 tests were made after 50 washing cycles as described above. N.B. The machine used for washing the above samples has a larger cage volume and cage diameter than the machine specified in ISO 15797:2002 In accordance with Annex C of EN ISO 11611:2007 the uncertainty of measurement associated with the test methods was not taken into account ----------------------------------------------------------End of Page---------------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 2 of 3 50474-01 (Amended) Clause Test Method EN ISO 11611 Requirement Performance Levels 6.1 Tensile ISO 2: strength 13934-1:1999 Minimum of 400 N in both the warp and weft directions 6.2 Tear strength ISO 13937-2 :2000 (electronic recording) 2: Minimum of 20 N in both the warp and weft directions Results Warp Weft 2000 N 1400 N Warp 1600 N Weft 1200 N Torn across warp Torn across weft 26 N 26 N Pass/Fail or Class Torn across warp Torn across weft 24 N 23 N 6.5 Dimensional change ISO 5077 2: Max ± 3% (- indicates shrinkage) (+ indicates extension) Warp Weft -1.5% -2.5% 6.7 Limited flame spread (A and B) ISO 15025:2000 2: No hole formation (A only) No flaming or molten debris Mean afterflame 2s Mean afterglow 2s Procedure A No hole formation No flaming or molten debris No afterflame No afterglow Procedure B No flaming or molten debris No afterflame No afterglow ----------------------------------------------------------End of Page---------------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 3 of 3 50474-01 (Amended) 6.8 Impact of spatter ISO 9150 At least 15 drops for 40 K temp rise At least 25 drops for 40 K temp rise No ignition 23 drops No ignition 24 drops 6.9 Heat transfer (radiation) ISO 6942:2002 Method B Heat flux 20 kw/m 2 RHTI 24 7 s RHTI 24 16 s Specimen 1 Specimen 2 Specimen 3 Mean RHTI 16.2 15.9 16.2 16.1 Specimen 1 Specimen 2 Specimen 3 Mean RHTI 16.2 16.3 15.5 16.0 6.10 Electrical resistance EN 1149-2:1997 2: Electrical resistance greater than 10 5 Ohms Specimen 1 Specimen 2 Specimen 3 Specimen 4 Specimen 5 Mean 2.15 x 10 6 2.53 x 10 6 1.78 x 10 6 1.76 x 10 6 1.72 x 10 6 1.99 x 10 6 --------------------------------------------------------End of Document-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 1 of 6 50474 (Amended) CONFIDENTIAL TEST REPORT Job Title: EN ISO 11612:2008 Date Received: 19 th April 2012 Date Tests Completed: 29 th June 2012 Client s Description: Sample of fabric Flameshield Satin 400 (Flameshield) Performance Standard: Testing to EN ISO 11612:2008 Clause 6.2 Heat resistance Clause 6.3 Limited flame spread (A1 surface ignition and A2 edge ignition) Clause 6.4 Dimensional change Clause 6.5.1 Tensile strength Clause 6.5.2 Tear strength Clause 7.2 Convective heat (B) Clause 7.3 Radiant heat (C) Clause 7.5 Molten iron splash (E) Clause 7.6 Contact heat (F) Pre-treatment: For clauses 6.2, 6.5.1, 6.5.2, 7.2, 7.3, 7.5 and 7.6 tests were made after 5 and 50 washing cycles at 75ºC using Procedure 8 specified in ISO 15797:2002 Drying Procedure A. The tumble drying was carried out after the completion of each wash (subcontracted to Rhodia). For clause 6.3 tests were made before and after 50 washing cycles as described above. For clause 6.4 tests were made after 5 washing cycles as described above. N.B. The machine used for washing the above samples has a larger cage volume and cage diameter than the machine specified in ISO 15797:2002 In accordance with Annex G of EN ISO 11612:2008 the uncertainty of measurement associated with the test methods was not taken into account. ----------------------------------------------------------End of Page---------------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 2 of 6 50474 (Amended) Clause Test Method EN ISO 11612 Requirement Performance Levels 6.2 Heat ISO 17493:2000 No ignition resistance at 180ºC No melting Maximum shrinkage 5% ISO 17493:2000 at 260ºC No ignition No melting Maximum shrinkage 10% Results No ignition No melting Shrinkage: Warp -0.6% Weft -0.5% No ignition No melting Shrinkage: Warp -1.0% Weft -0.5% No ignition No melting Shrinkage: Warp -0.6% Weft -0.4% No ignition No melting Shrinkage: Warp -0.7% Weft -0.3% Pass/Fail or Level --------------------------------------------------------End of Page-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 3 of 6 50474 (Amended) 6.3 Limited flame spread (A1 and A2) ISO 15025:2000 No hole formation (A1 only) No flaming, melting or molten debris Mean afterflame 2s Mean afterglow 2s Surface ignition as received No hole formation No flaming, melting or molten debris No afterflame No afterglow A1 Surface ignition after 50 washing cycles No hole formation No flaming, melting or molten debris No afterflame No afterglow Edge ignition as received No flaming, melting or molten debris No afterflame No afterglow A2 Edge ignition after 50 washing cycles No flaming, melting or molten debris No afterflame No afterglow --------------------------------------------------------End of Page-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 4 of 6 50474 (Amended) 6.4 Dimensional change ISO 5077 Maximum ± 3% (- indicates shrinkage) (+ indicates extension) Warp -1.5% Weft -2.5% 6.5.1 Tensile strength ISO 13934-1:1999 Minimum 300 N in both warp and weft directions Warp Weft 2000 N 1400 N Warp 1600 N Weft 1200 N 6.5.2 Tear strength ISO 13937-2:2000 (electronic recording) Minimum 15 N in both warp and weft directions Torn across warp Torn across weft 26 N 26 N Torn across warp Torn across weft 24 N 23 N 7.2 Convective heat (B) ISO 9151:1995 Range of HTI 24 Values Performance Levels (s) Min. Max. B1 4.0 < 10.0 B2 10.0 < 20.0 B3 20.0 Specimen 1 Specimen 2 Specimen 3 Result based on lowest HTI 24 Specimen 1 Specimen 2 Specimen 3 Result based on lowest HTI 24 8.2 8.4 8.3 8.2 8.3 8.8 8.6 8.3 LEVEL B1 LEVEL B1 --------------------------------------------------------End of Page-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 5 of 6 50474 (Amended) 7.3 Radiant heat (C) ISO 6942:2002 Method B heat flux 20 kw/m 2 Heat Transfer Factor RHTI 24 Performance Levels (s) Min. Max. C1 7.0 < 20.0 C2 20.0 < 50.0 C3 50.0 < 95.0 C4 95.0 Specimen 1 Specimen 2 Specimen 3 Result based on lowest RHTI 24 Specimen 1 Specimen 2 Specimen 3 Result based on lowest RHTI 24 16.2 15.9 16.2 15.9 16.2 16.3 15.5 15.5 LEVEL C1 LEVEL C1 7.5 Molten iron splash (E) ISO 9185 Molten Iron Splash Performance Levels (g) Min. Max. E1 60 <120 E2 120 <200 E3 200 Spec 1 2 3 4 5 Poured (g) 121 205 201 203 204 Skin Simulant Undamaged Undamaged Undamaged Undamaged Undamaged LEVEL E3 Spec 1 2 3 4 Poured (g) 205 202 203 203 Skin Simulant Undamaged Undamaged Undamaged Undamaged LEVEL E3 --------------------------------------------------------End of Page-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 6 of 6 50474 (Amended) 7.6 Contact heat (F) ISO 12127 at 250 C Threshold time (s) Min. Max. F1 5.0 <10.0 F2 10.0 <15.0 F3 15.0 Specimen 1 Specimen 2 Specimen 3 Result based on lowest t t 5.4 5.4 5.3 5.3 LEVEL F1 Specimen 1 Specimen 2 Specimen 3 Result based on lowest t t 5.2 5.2 5.2 5.2 LEVEL F1 --------------------------------------------------------End of Document-----------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 1 of 2 50474-02 (Amended) CONFIDENTIAL TEST REPORT Job Title: EN ISO 14116:2008 Date Received: 19 th April 2012 Date Tests Completed: 13 th June 2012 Client s Description: Sample of fabric Flameshield Satin 400 (Flameshield) Performance Standard: Testing to EN ISO 14116:2008 Clause 6.1 Thermal performance Limited flame spread Procedure A (surface ignition) Clause 6.2.1 Tensile strength Clause 6.2.2 Tear strength Pre-treatment: Tests were made before and after 50 washing cycles at 75ºC using Procedure 8 specified in ISO 15797:2002 Drying Procedure A. The tumble drying was carried out after the completion of each wash (subcontracted to Rhodia). N.B. The machine used for washing the above samples has a larger cage volume and cage diameter than the machine specified in ISO 15797:2002 ----------------------------------------------------------End of Page---------------------------------------------------------

PO Box 5, Morley, LS27 0QP Page 2 of 2 50474-02 (Amended) Clause Test Method EN ISO 14116 Requirements Performance Levels 6.1 Limited ISO 15025:2000 Index 1 flame spread Procedure A No flaming debris (surface No afterglow shall spread from ignition) the carbonized area to the undamaged area Index 2 No flaming debris No afterglow shall spread from the carbonized area to the undamaged area No hole formation Index 3 No flaming debris No afterglow shall spread from the carbonized area to the undamaged area No hole formation Afterflame time of each individual specimen shall not exceed 2 s. 6.2.1 Tensile strength 6.2.2 Tear strength ISO 13934-1:1999 ISO 13937-2 :2000 (electronic recording) Min. of 150 N in both the warp and weft directions Min. of 7.5 N Results As received No flaming debris No afterglow No hole formation No afterflame After 50 washing cycles No flaming debris No afterglow No hole formation No afterflame As received Warp 2000 N Weft 1200 N After 50 washing cycles Warp 1600 N Weft 1200 N As received Torn across warp Torn across weft After 50 washing cycles Torn across warp Torn across weft 51 N 58 N 24 N 23 N Comment Index 3/50I/75 --------------------------------------------------------End of Document-----------------------------------------------------